def main(numSquares, oldGameFileName):
#Set up graphical and logical game boards
t, scrn = drawBoard(numSquares)
row = ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '']
board = []
for i in range(15):
board.append(row[:])
#If old game specified, read and set it
if oldGameFileName != "":
inFile = open(oldGameFileName, "r")
fileNextPlayer = inFile.readline() #Read next player
fileNextPlayer = fileNextPlayer.strip() #Remove \n
row = 0
for line in inFile:
line = line[:-1]
for col in range(len(line)):
if line[col] != 'e':
board[row][col] = line[col]
drawPlayer(t, col, row, {
'b': 'blue',
'g': 'green'
}[line[col]])
else:
board[row][col] = ''
row += 1
inFile.close()
#Pick the starting player
if oldGameFileName != "":
player = fileNextPlayer
else:
player = ["blue", "green"][random.randint(0, 1)]
#Play game
move = ""
while move not in ["QUIT", "Quit", "quit"] and not win(t, scrn, board)[0]:
if player == "blue":
move = P1.getValidMove(t, scrn, board, player)
print(player, move)
else:
move = P2.getValidMove(t, scrn, board, player)
print(player, move)
if move not in ["QUIT", "Quit", "quit"]:
row = (ord(move[0])) - 65
col = int(move[1:])
drawPlayer(t, col, row, player)
board[row][col] = player[0]
if player == "blue":
player = "green"
else:
player = "blue"
#Display the winner or save the partial game
d = {"g": "green", "b": "blue"}
if win(t, scrn, board)[0]:
print("Winner is", d[win(t, scrn, board)[1]])
elif move in ["QUIT", "Quit", "quit"]:
saveFileName = input(
"Enter a name for the game file, or just hit enter for no save => "
)
if saveFileName != "":
print("Saving game")
outFile = open(saveFileName, "w")
outFile.write(player + '\n')
for row in board:
outString = ""
for col in row:
if col == "":
outString = outString + 'e'
else:
outString = outString + col
outFile.write(outString + '\n')
outFile.close()
print("Game saved")
else:
print("Game abandoned")
scrn.clearscreen()
return win(t, scrn, board)[1]
def checkersMain(inFileName, redWinCount, blackWinCount):
wn, bob, board, player = setupGame(inFileName)
gameOver = False
if player == "b":
move = THE_PLAYER.getValidMove(copy.deepcopy(board),
player) #get the first move
else:
move = P2.getValidMove(copy.deepcopy(board),
player) #get the first move
while move.lower() != "quit" and not gameOver: #Start alternate play
if player == "b":
playerColor = "black"
else:
playerColor = "red"
if GRAPHICS: wn.tracer(False)
if STEP:
input("Press return to watch the selected move for " +
playerColor + " ")
FROMRow, FROMCol, TORow, TOCol = parseMove(
move) #parse move into locations
if abs(FROMRow - TORow) == 1: #move, not a jump
if SLOW_DOWN: time.sleep(1)
playerToken = board[FROMRow][
FROMCol] #save the player form current location (regular checker or king)
removeCheckerGraphicalAndLogical(
bob, FROMCol, FROMRow, board) #remove the checker to be moved
if SLOW_DOWN: time.sleep(.5)
placeCheckerGraphicalAndLogical(
bob, TOCol, TORow, board,
playerToken) #place the moved checker in its new location
else: #jump, not a move
reps = move.count(":")
for i in range(reps):
FROMRow, FROMCol, TORow, TOCol = parseMove(move)
playerToken = board[FROMRow][
FROMCol] #save the player form current location (regular checker or king)
if GRAPHICS: wn.tracer(False)
if SLOW_DOWN:
time.sleep(1)
removeCheckerGraphicalAndLogical(
bob, FROMCol, FROMRow,
board) #remove the checker to be moved
if SLOW_DOWN:
time.sleep(.5)
placeCheckerGraphicalAndLogical(
bob, TOCol, TORow, board, playerToken
) #place the jumping checker in its new location
if SLOW_DOWN:
wn.tracer(True)
time.sleep(1)
wn.tracer(False)
removeCheckerGraphicalAndLogical(
bob, (FROMCol + TOCol) // 2, (FROMRow + TORow) // 2,
board) #remove the jumped checker
if SLOW_DOWN:
time.sleep(.5)
if GRAPHICS: wn.tracer(True)
move = move[3:]
if GRAPHICS: wn.tracer(True)
#printBoard(board)
player, playerColor = swapPlayer(player)
gameOver, winningPlayer = win(board)
if not gameOver:
if player == "b":
start = time.time()
move = THE_PLAYER.getValidMove(copy.deepcopy(board),
player) #get the first move
stop = time.time()
else:
start = time.time()
move = P2.getValidMove(copy.deepcopy(board),
player) #get the first move
stop = time.time()
if stop - start > 1.0:
print("Match forfeited by", playerColor)
return redWinCount, blackWinCount
if move.lower() != "quit":
#print(winningPlayer +" won the game in a smashing victory!")
if winningPlayer == "red":
redWinCount += 1
else:
blackWinCount += 1
return redWinCount, blackWinCount
else:
fileName = input(
"Enter a file name to save the current state of the game, or just hit enter to quit without saving the game => "
)
if fileName != "":
saveGame(fileName, board, player)
def getMove(board, player, player1, player2): #Player 1 is Red
global moveCounter
moveCounter += 1
invalid = True
validJumps = listSingleJumps(board, player)
validJumps += listMultipleJumps(board, player, validJumps)
validMoves = listValidMoves(board, player)
startTime = time.time()
while invalid:
'Main', 'Dumb', 'Julia', 'Courtney'
if player == "b":
if player2 == 'Main':
move = Main.getValidMove(copy.deepcopy(board), player)
elif player2 == 'Dumb':
move = Dumb.getValidMove(copy.deepcopy(board), player)
elif player2 == 'Julia':
move = Julia.getValidMove(copy.deepcopy(board), player)
elif player2 == 'Courtney':
move = Courtney.getValidMove(copy.deepcopy(board), player)
elif player2 == 'Manual':
move = Manual.getValidMove(copy.deepcopy(board), player)
elif player2 == 'P1':
move = P1.getValidMove(copy.deepcopy(board), player)
elif player2 == 'P2':
move = P2.getValidMove(copy.deepcopy(board), player)
else:
if player1 == 'Main':
move = Main.getValidMove(copy.deepcopy(board), player)
elif player1 == 'Dumb':
move = Dumb.getValidMove(copy.deepcopy(board), player)
elif player1 == 'Julia':
move = Julia.getValidMove(copy.deepcopy(board), player)
elif player1 == 'Courtney':
move = Courtney.getValidMove(copy.deepcopy(board), player)
elif player1 == 'Manual':
move = Manual.getValidMove(copy.deepcopy(board), player)
elif player1 == 'P1':
move = P1.getValidMove(copy.deepcopy(board), player)
elif player1 == 'P2':
move = P2.getValidMove(copy.deepcopy(board), player)
if len(validJumps) > 0:
if move in validJumps:
invalid = False
else:
# print (player, 'must take jump, not ',move)
if time.time() - startTime > 2 and not 'Manual' in [
player1, player2
]:
print('Timeout due to Missing Jump:', move)
# input('Press enter')
return ('Timeout')
else:
if move in validMoves:
invalid = False
else:
print(player, 'entered invalid move of: ', move)
# print ('Player %s made the move %s in %3.2f seconds'%(player,move,clock(startTime)))
if player == 'r':
p1time[0] += time.time() - startTime
p1time[1] += 1
if time.time() - startTime >= .98:
p1time[2] += 1
else:
p2time[0] += time.time() - startTime
p2time[1] += 1
if time.time() - startTime >= .98:
p2time[2] += 1
return move
